In May 2011, a Wellcome Trust Workshop on Molecular Informatics Open Source Software (MIOSS) explored the role of Open Source in industrial laboratories and companies as well as academia (several of the presenters are among the authors of this paper).
What this demonstrates is that there is nothing "idealistic" about discussing open source in the life sciences: there are many examples when including those that are directly equivalent to informatics (open source software, databases and the computing requirements of data-driven research).
Mobile technology; informatics; open source; low resource settings; surveillance systems To analyze optimal disease screening in strategic multiunit settings and determine how the level of unit autonomy may effect screening decisions.
Crucially, however, the convergence with informatics implies that open source models are integral to the interpretation of processes of gene expression and regulation and sequences that can be cut, spliced and transcribed in different ways.
Accordingly the patenting of DNA is not the primary setting for examining the sharing of resources among life scientists; there are various fields that are engaging directly with informatics, which includes open source programming, databases and hardware as integral parts of experimental set-ups.
Our experience creating three local repositories using the open source Informatics for Integrating Biology and the Bedside (i2b2) platform can be used as a road map for other institutions.
Furthermore examining the analogy with open source informatics in detail shows its limitations: while experiments of synthetic biology might become much more collaborative and modular, there are clear limits when considering its open source model as policy advice or a wider variety of restrictions on the usage of DNA that might need to be removed in order to realize its ethical aspirations.
The presented tasks are part of the project "COOL Informatics" (according to COoperative Open Learning) that aims at developing COOL teaching material based on neurodidactical (Neurodidactics is a relatively young research field that combines the findings of brain research, pedagogy, cognitive psychology and other related fields).
AK is also on the editorial board of the The Open Applied Informatics Journal, served as member of the program committee for a number of well-known international conferences as well as being a reviewer for journals like JMLR, Bioinformatics, Machine Learning, and JAIR.
The widening scope for collaboration can be followed from the convergence with informatics to an emerging open source philosophy that is closely related to a business model, to the governance of risk and a notion of openness that is limited to a design process that benefits from the involvement of the users of synthetic DNA.
For example, the Shared Health Research Information Network SHRINEE) provides a query tool for open source Informatics for Integrating Biology and the Bedside (i2b2) clinical data repositories [ 6].
